Subject aims expressed by acquired skills and competences

knowledge
The students will acquire the basic knowledge in the scope of mechanics, force acting on the mass objects and consequences of this action.
understanding
The students will understand the rules and laws of the force action on the mass objects, will understand the methods and ways of the investigation of this action
application
The students will learn to apply the acquired knowledge to solve the technical problems.
analysis
The students will learn to analyze the state of the mechanical structure from the aspect of the force action and its consequences.
synthesis
The students will learn to categorise the problems, connected with mechanics, to formulate and develop the tools for solution.
evaluation
The students will learn to evaluate the character of the technical problem, to decide the solution, to recommend, explain and defend their solution proposals, to predict the system behaviour after intervention.

Teaching methods

Lectures
Tutorials

Summary

The subject acquaints the students with the basic terms, principles and
approaches of the mechanics of rigid bodies. It contains two parts - statics,
kinematics and dynamics. Statics acquaints the students with the term force.
They learn to carry out the operations with forces. They acquaint with two
basic effects of the force - the force and the moment of the force. They learn
to solve the problem of the resultant force and the problem of the force
equilibrium. They master the basic approaches in investigation of the force
application on the rigid bodies via the free-body diagram. They acquaint with
the internal forces, stresses the specific class of bodies - beams. They learn
to solve the joint forces, transmitted between single bodies, composing the
rigid body structure. They acquaint with the problems of friction. They learn
to investigate the position of the centre of gravity. In dynamics the students
acquaint with the basic quantities of the motion and the relations among them.
They acquaint with the term degree of freedom as the basic unit, quantifying
the motion of arbitrary subject. They learn to investigate the motion of the
particle, the body and the mechanism. They acquaint with the basic relationship
between the motion and the forces as its cause. This relationship, 2nd Newtons
law - law of the force, they learn to apply to the investigation of the motion
of the mass particle, the body and the mechanism. They acquaint with subsequent
physical quantities of mechanics and the laws of its variation. They acquaint
with the geometry of the mass, with the quantities describing the inertia
effects of the mass and with its influence to the motion of the body.

Way of continuous check of knowledge in the course of semester

E-learning

Další požadavky na studenta

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Prerequisities

Subject has no prerequisities.

Co-requisities

Subject has no co-requisities.

Subject syllabus:

1. The assembling and decomposition of forces, the 2D force system with common point of application, the force substitution and equilibrium.
2. The force momentum, the force couple, the general 2D force system, the force substitution and equilibrium.
3. The centre of gravity of the areas, bodies and lines, the Guldin-Pappus theorem.
4. The equilibrium of bodies.
5. The static solution of the system of bodies.
6. The straight beams, the internal forces investigation.
7. The passive resistance against motion in technical practice.
8. Kinematics and dynamics of particle.
9. The basic laws of the dynamics of particle.
10. The kinematics and dynamics of translation.
11. The kinematics and dynamics of rotation.
12. The kinematics of the mechanisms with constant drive ratio.
13. The dynamics of the mechanisms with constant drive ratio.
14. The basics of technical vibration.

Conditions for subject completion

Conditions for completion are defined only for particular subject version and form of study